how much interest will a bank charge a customer for 48,000 deposited at 10%rate for 2 years
Answers
Nitrogen gas is being withdrawn at the rate of 4.5 g/s from 0.15 m3 cylinder, initiallycontaining the gas at a pressure of 10 bar and 320 K. The cylinder does not conduct heat, nordoes its temperature change during the emptying process. What will be the temperature andpressure of the gas in the cylinder after 5 minutes? What will be the rate of change of the gastemperature at this time? Nitrogen can be considered to be and ideal gas with C*P = 30J/(mol K)
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Answer:
Answer:
Given :-
A bank charge a customer for Rs 48000 deposited at 10% rate for 2 years.
To Find :-
What is the interest will a bank charge to the customer.
Formula Used :-
\clubsuit♣ Simple Interest or S.I Formula :
\begin{gathered}\bigstar \: \: \sf\boxed{\bold{\pink{S.I =\: \dfrac{P \times r \times t}{100}}}}\: \: \: \bigstar\\\end{gathered}
★
S.I=
100
P×r×t
★
where,
S.I = Simple Interest
P = Principal
r = Rate of Interest
t = Time Period
Solution :-
Given :
Principal = Rs 48000
Rate of Interest = 10%
Time Period = 2 years
According to the question by using the formula we get,
\implies \bf S.I =\: \dfrac{P \times r \times t}{100}⟹S.I=
100
P×r×t
\implies \sf S.I =\: \dfrac{48000 \times 10 \times 2}{100}⟹S.I=
100
48000×10×2
\implies \sf S.I =\: \dfrac{48000 \times 20}{100}⟹S.I=
100
48000×20
\implies \sf S.I =\: \dfrac{9600\cancel{00}}{1\cancel{00}}⟹S.I=
1
00
9600
00
\implies \sf S.I =\: \dfrac{9600}{1}⟹S.I=
1
9600
\implies \sf\bold{\red{S.I =\: Rs\: 9600}}⟹S.I=Rs9600
\therefore∴ The interest will a bank charge to the customer is Rs 9600 .
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Step-by-step explanation:
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